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Rats Consuming Sugar Solution During Inactive Periods Gained More Weight

Research to be presented at the Annual Meeting of the (SSIB) the foremost society for research into all aspects of eating and drinking behavior suggests that, not only the amount and type of food eaten but the time of day it is eaten, is important in contributing to obesity.

Previous studies have shown that when mice consumed all of their calories during their inactive period they gained more weight than when they consumed the same amount of calories during their active period. A team led by Drs. Susanne la Fleur and Andries Kalsbeek at the Academic Medical Center of the University of Amsterdam wished to investigate how certain components of the diet, such as sugar or fat, contributed to differences in during different times of the day. To address this question Dr. gave either rodent chow or chow plus either or a sugar solution. One group was allowed to consume the diets freely whereas the other groups were only allowed to eat either the fat or sugar during their inactive period. They found that rats consuming all of their sugar solution in the inactive period gained more weight than rats consuming all their sugar solution during the active period, even though their total caloric intake was the same. They also gained more weight than rats consuming the solely during the inactive period. The greater in rats consuming sugar in the inactive period was associated with less heat production.

This research suggests that there are differences in the impact sugar drinking can have on body weight gain, depending on when in the day it is consumed. Dr. Oosterman commented, “In today’s society where snacks containing saturated fat and beverages containing lots of sugar are readily available to people, it is important to understand the impact these food components have on energy balance. Although there is a lot of attention for the content of the food people consume, little attention is been given to the best or worst timing for certain foods to be consumed.”

Source

Lead Author: Joelle Oosterman, Dept. of Endocrinology & Metabolism, Academic Medical Center, University of Amsterdam, Amsterdam, the Netherlands
Co-Authors: E Foppen, R van der Spek, E Fliers, A Kalsbeek, SE la Fleur. Dept. of Endocrinology & Metabolism, University of Amsterdam, Amsterdam, the Netherlands
Society for the Study of Ingestive Behavior